Stainless Steel Trough Screw Conveyors

We design and manufacture Stainless Steel Trough Screw Conveyors in Ahmedabad and supply our conveyors to multiple industries in Gujarat and all over India, which require a high-performance conveying system for the handling of materials. Stainless Steel Trough Screw Conveyors are used to convey bulk material, e.g. grains, powders, chemicals and food products, horizontally or slightly inclined.

We manufacture each trough and screw conveyor entirely from high-quality stainless steel to ensure corrosion, abrasion and chemical resistance. The trough is made with very precise tolerances to allow for the movement of material without disrupting the flow of material. The pitch and flight design of the screw has been engineered to ensure uniformity of screw (flight) spacing, hence reducing wear to the screw & trough and allowing for consistent movement of material through the screw conveyor. The screws have been designed with balanced shafts to prevent vibration and excessive load to the bearings, extending the life of the equipment.

Trough widths, screw diameters and lengths can be customized based on specific plant layout and material characteristics. The design of the screw conveyor also ensures that there is minimal friction between the surfaces, enabling lower maintenance of the equipment, especially for the food processing, pharmaceutical and chemical processing industries. As part of our service to our customers, we will assist with the installation of the screw conveyors, conduct alignment checks and perform operational testing prior to handing over the equipment to guarantee it operates to its optimum performance.

Screw conveyors made from stainless steel are the preferred choice of industries in Ahmedabad and throughout India due to their durability, accuracy and efficiency. We make it a priority to provide a conveyor system that allows for the smooth handling of materials and prevents material spillage during the production run so that production can be continuous without interruption.